MeteoRemich

$tstamp) { $returner["next"] = $lunstamp[$a]; $returner["last"] = $lunstamp[($a-1)]; break; } } } return $returner; } function sunRiseSet($tag,$mon,$year,$breite,$northSouth,$laenge,$westEast,$timez) { $bogenbreite = pi(void)*$breite/180; if (strtolower($westEast)=="w") $laenge = -$laenge; if (strtolower($northSouth)=="s") $bogenbreite = -$bogenbreite; $daynum = juliantojd($mon,$tag,$year) - juliantojd(1,1,$year) + 1; $zeitgleichung = -0.1752*sin(0.033430*$daynum+0.5474)-0.1340*sin(0.018234*$daynum-0.1939); $deklination = 0.40954*sin(0.0172*($daynum-79.35)); if ((abs((sin(-0.0145)-sin($bogenbreite)*sin($deklination))/(cos($bogenbreite)*cos($deklination))) <= 1) && checkdate($mon, $tag, $year)) { $zeitdifferenz = 12*acos((sin(-0.0145)-sin($bogenbreite)*sin($deklination))/(cos($bogenbreite)*cos($deklination)))/pi(void); $sunRiseOrt = 12 - $zeitdifferenz - $zeitgleichung; // Ortszeit ist Sonnenzeit! $sunSetOrt = 12 + $zeitdifferenz - $zeitgleichung; $sunRiseLocal = $sunRiseOrt - $laenge/15 + $timez; // Local ist echte Lokale Zeit $sunSetLocal = $sunSetOrt - $laenge/15 + $timez; $sunRiseGMT = $sunRiseOrt - $laenge/15; // GMT Zeit $sunSetGMT = $sunSetOrt - $laenge/15; $minutesOfRiseLocal = round(($sunRiseLocal-floor($sunRiseLocal))*60); $minutesOfSetLocal = round(($sunSetLocal-floor($sunSetLocal))*60); $minutesOfRiseGMT = round(($sunRiseGMT-floor($sunRiseGMT))*60); $minutesOfSetGMT = round(($sunSetGMT-floor($sunSetGMT))*60); $returner["risestamp"] = gmmktime(floor($sunRiseGMT),$minutesOfRiseGMT,0,$mon,$tag,$year); $returner["setstamp"] = gmmktime(floor($sunSetGMT), $minutesOfSetGMT, 0,$mon,$tag,$year); if ($minutesOfRiseLocal<10) $minutesOfRiseLocal = "0" . $minutesOfRiseLocal; if ($minutesOfSetLocal<10) $minutesOfSetLocal = "0" . $minutesOfSetLocal; $returner["sunrise"] = floor($sunRiseLocal) . ":" . $minutesOfRiseLocal; $returner["sunset"] = floor($sunSetLocal) . ":" . $minutesOfSetLocal; } else { $returner = false; } return $returner; } function getIcaoTimeZone($ICAO) { if ($stationInfo = getStationInfo($ICAO)) { $gmttime = 1*$stationInfo["gmttime"]; $returner = getTimeZone($gmttime); } else { $returner = false; } return $returner; } function getTimeZone($gmtRelatedTimezone) { $gmtRelatedTimezone = 1*$gmtRelatedTimezone; $gmtRelatedTimezone = str_replace(".",",",$gmtRelatedTimezone); $timeZone["12"] = "NZST; New Zealand Standard Time"; $timeZone["11,5"] = "NFT; Norfolk (Island) Standard Time"; $timeZone["11"] = "SBT; Solomon Islands Standard Time"; $timeZone["10"] = "AEST; Australian Eastern Standard Time"; $timeZone["9,5"] = "ACST; Australian Central Standard Time"; $timeZone["9"] = "JST; Japan Standard Time"; $timeZone["8"] = "AWST; Australian Western Standart Time; "; $timeZone["7"] = "ICT; Indochina Standard Time"; $timeZone["6,5"] = "MMT; Myanmar Standard Time"; $timeZone["6"] = "LKT; (Sri) Lanka Standard Time"; $timeZone["5,75"] = "NTZ; Nepal Standard Time Zone"; $timeZone["5,5"] = "IST; Indian Standard Time"; $timeZone["5"] = "IOT; British Indian Ocean Territory Standard Time"; $timeZone["4,5"] = "AFT; Afghanistan Standard Time"; $timeZone["4"] = "UAE; United Arab Emirates Standard Time"; $timeZone["3,5"] = "MET; Teheran Standard Time"; $timeZone["3"] = "MSK; Moscow Standard Time"; $timeZone["2"] = "EET; Eastern Europe Standard Time"; $timeZone["1"] = "CET; Central European Standard Time"; $timeZone["0"] = "GMT; Greenwich Mean Time"; $timeZone["-1"] = "ATZ; Azores Standard Time"; $timeZone["-2"] = "VTZ; Greenland Eastern Standard Time"; $timeZone["-3"] = "EBT; Eastern Brazilian Standard Time"; $timeZone["-3,5"] = "NST; Newfoundland Standard Time"; $timeZone["-4"] = "AST; Atlantic Standart Time"; $timeZone["-5"] = "EST; Eastern Standard Time"; $timeZone["-6"] = "CST; Central Standard Time"; $timeZone["-7"] = "MST; Mountain Standart Time"; $timeZone["-8"] = "PST; Pacific Standart Time"; $timeZone["-9"] = "AKST; Alaska Standart Time"; $timeZone["-9,5"] = "?; Îles Marquises Standard Time"; $timeZone["-10"] = "HST; Hawaiian Standart Time"; $timeZone["-11"] = "SST; Samoa Standart Time"; $returner = $timeZone[$gmtRelatedTimezone]; if ($returner == "") $returner = false; return $returner; } function readCountrys() { global $path_to_icao_db; include ($path_to_icao_db."countries.inc.php"); return $country; } function numberPrefix($item) { $item = round(10*($item/10-floor($item/10))); if ($item == 1) { $returner = "st"; } else if ($item == 2) { $returner = "nd"; } else if ($item == 3) { $returner = "rd"; } else { $returner = "th"; } return $returner; } function clearTAF($tafcode) { $tafcode=rawurldecode($tafcode); $tafcode=str_replace("\r"," ",$tafcode); $tafcode=str_replace("\n"," ",$tafcode); $tafcode=str_replace("=","",$tafcode); $tafcode=str_replace("BECMG"," BECMG ",$tafcode); $tafcode=str_replace("TEMPO"," TEMPO ",$tafcode); $tafcode=str_replace("PROB"," PROB",$tafcode); $tafcode=str_replace("NSW"," NSW ",$tafcode); $tafcode=str_replace("CAVOK"," CAVOK ",$tafcode); $tafcode=str_replace("NOSIG"," NOSIG ",$tafcode); $tafcode=str_replace("NSC"," NSC ",$tafcode); $tafcode=str_replace("KT","KT ",$tafcode); $tafcode=str_replace("MPS","MPS ",$tafcode); $tafcode=str_replace("KMH","KMH ",$tafcode); $tafcode=str_replace("SKC"," SKC",$tafcode); $tafcode=str_replace("CLR"," CLR",$tafcode); $tafcode=str_replace("FEW"," FEW",$tafcode); $tafcode=str_replace("SCT"," SCT",$tafcode); $tafcode=str_replace("BKN"," BKN",$tafcode); $tafcode=str_replace("OVC"," OVC",$tafcode); $tafcode=str_replace("TAF"," TAF ",$tafcode); $tafcode=str_replace("METAR"," METAR ",$tafcode); $tafcode=str_replace("RTD"," RTD",$tafcode); $tafcode=str_replace("VRB"," VRB",$tafcode); $tafcode=str_replace("CB ","CB ",$tafcode); $tafcode=str_replace("TCU","TCU ",$tafcode); $tafcode=str_replace("Q"," Q",$tafcode); $tafcode=str_replace("QNH"," QNH",$tafcode); $tafcode=str_replace("WS"," WS ",$tafcode); $tafcode=str_replace("LDG"," LDG ",$tafcode); $tafcode=str_replace("RWY"," RWY",$tafcode); $tafcode=str_replace("TKOF"," TKOF ",$tafcode); $tafcode=str_replace("VV"," VV",$tafcode); $tafcode=str_replace("+"," +",$tafcode); $tafcode=str_replace("-"," -",$tafcode); $ktpos=0; while ($ktpos=strpos("$tafcode ","KT",($ktpos+2))) { if (substr($tafcode,($ktpos-3),1)=="G") { $tafcode = substr($tafcode,0,($ktpos-8)) . " " . substr($tafcode,($ktpos-8)); } else { $tafcode = substr($tafcode,0,($ktpos-5)) . " " . substr($tafcode,($ktpos-5)); } } $tafcode=trim($tafcode); while (strpos($tafcode," ")) { $tafcode=str_replace(" "," ",$tafcode); } $tafItemArray=explode(" ",$tafcode); for ($a=0;$a 12) { $aktualhour-=12; $ampm="PM"; } $returner = "this month�s " . (1*substr($tafItemArray[$a],0,2)) . numberPrefix(substr($tafItemArray[$a],0,2)) . ", "; $returner.= $aktualhour . ":" . substr($tafItemArray[$a],4,2) . " $ampm GMT"; } else { $returner = (1*substr($tafItemArray[$a],0,2)) . ". dieses Monats, "; $returner.= substr($tafItemArray[$a],2,2) . ":" . substr($tafItemArray[$a],4,2) . " GMT"; } break; } } if (isset($returner)) { return $returner; } else { return false; } } function getValidTime($tafcode,$lang) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a 12) { $fromHour-=12; $ampmFrom="PM"; } if ($toHour > 12) { $toHour-=12; $ampmTo="PM"; } $returner = "this month�s " . (1*substr($tafItemArray[$a],0,2)) . numberPrefix(substr($tafItemArray[$a],0,2)) . ", "; $returner.= "$fromHour:00 $ampmFrom to $toHour:00 $ampmTo GMT $toNextDay"; } else { $toNextDay = str_replace("next day", "nächster Tag", $toNextDay); $returner = (1*substr($tafItemArray[$a],0,2)) . ". dieses Monats "; $returner.= "$fromHour:00 bis $toHour:00 GMT $toNextDay"; } break; } } if (isset($returner)) { return $returner; } else { return false; } } function getShortValidTime($tafcode,$lang) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a 12) { $fromHour-=12; $ampmFrom="PM"; } if ($toHour > 12) { $toHour-=12; $ampmTo="PM"; } $returner.= "$fromHour:00 $ampmFrom to $toHour:00 $ampmTo GMT $toNextDay"; } else { $toNextDay = str_replace("next day", "nächster Tag", $toNextDay); $returner.= "$fromHour:00 bis $toHour:00 GMT $toNextDay"; } break; } } if (isset($returner)) { return $returner; } else { return false; } } function getFmTime($tafcode, $lang) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a 12) { $hour-=12; $ampm="PM"; } $returner.= "$hour:$minutes $ampm GMT"; } else { $returner.= "$hour:$minutes GMT"; } break; } } if (isset($returner)) { return $returner; } else { return false; } } function windBeaufort($item) { $beaufort[]=0; $beaufort[]=1; $beaufort[]=4; $beaufort[]=7; $beaufort[]=11; $beaufort[]=16; $beaufort[]=22; $beaufort[]=28; $beaufort[]=34; $beaufort[]=41; $beaufort[]=48; $beaufort[]=56; $beaufort[]=64; for ($a=0;$a<=12;$a++) { if ($item >= $beaufort[$a]) $windbeauf=$a; } return $windbeauf; } function windRose($item) { $winddir[]="N"; $winddir[]="NNE"; $winddir[]="NE"; $winddir[]="ENE"; $winddir[]="E"; $winddir[]="ESE"; $winddir[]="SE"; $winddir[]="SSE"; $winddir[]="S"; $winddir[]="SSW"; $winddir[]="SW"; $winddir[]="WSW"; $winddir[]="W"; $winddir[]="WNW"; $winddir[]="NW"; $winddir[]="NNW"; $winddir[]="N"; return $winddir[round($item*16/360)]; } function getWind($tafcode) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a0) && ($dewpoint>0)) { $ssdTemp=pow(10,((7.5*$temperature)/(237.3+$temperature))); $ssdDew=pow(10,((7.5*$dewpoint)/(237.3+$dewpoint))); return round(100*$ssdDew/$ssdTemp); } else { return false; } } else { return false; } } function getTafTemp($tafcode,$lang) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a 12) { $returner["time"] -= 12; $ampm="PM"; } $returner["time"] .= ":00 $ampm"; } else { $returner["time"] .= ":00"; } $returner["time"] .= " GMT"; break; } } if (isset($returner)) { return $returner; } else { return false; } } function getPressure($tafcode) { $tafItemArray=clearTAF($tafcode); for ($a=0;$a $localDay) { $now += (24*3600); // noch von gestern! } if ($now < ($rise-3600)) { $pre="night"; } else if ($now < ($rise+3600)) { $pre="dawn"; } else if ($now < ($set-3600)) { $pre="day"; } else if ($now < ($set+3600)) { $pre="dawn"; } else { $pre="night"; } } else { $pre="day"; } if ($pic=="?") { $graficfile = "fragezeichen.jpg"; } else { $graficfile = $pre . "_" . $pic . ".jpg"; if (strpos($graficfile,"thunderstorm")) $graficfile = str_replace(".jpg",".gif",$graficfile); } return $graficfile; } function getSky($tafcode,$lang) { $cloudlayer = 0; $upToNowSky = 0; while ($clouds = getClouds ($tafcode, $cloudlayer++, $lang)) { if ($clouds["cov1"] > $upToNowSky) { $upToNowSky = $clouds["cov1"]; if (($clouds["cumulus"] == "yes") && ($cumulus != " towering cumulus clouds observed")) { $cumulus = " with cumulus clouds"; } if ($clouds["cumulus"] == "towering") $cumulus = " towering cumulus clouds observed"; } $moreclouds = "yes"; } switch ($upToNowSky) { case "0": $returner = "sky clear"; break; case "1": $returner = "few clouds"; break; case "3": $returner = "partly cloudy"; break; case "5": $returner = "mostly cloudy"; break; case "8": $returner = "sky overcast"; break; case "9": $returner = "no significant clouds below 5,000 ft"; break; } if ($moreclouds == "yes") { $returner = "$returner$cumulus"; } else { $returner = false; } if (($lang == "DE") || ($lang == "de")) { $returner = str_replace("no significant clouds below 5,000 ft","keine wesentliche Bewölkung unter 1.500 Meter",$returner); $returner = str_replace("sky clear","wolkenlos",$returner); $returner = str_replace("few clouds","leichte Bewölkung",$returner); $returner = str_replace("partly cloudy","teilweise bewölkt",$returner); $returner = str_replace("mostly cloudy","überwiegend bewölkt",$returner); $returner = str_replace("sky overcast","bedeckter Himmel",$returner); $returner = str_replace("towering cumulus clouds observed","Gewitterwolken beobachtet",$returner); $returner = str_replace("with cumulus clouds","mit Cumulus Wolken",$returner); $returner = str_replace("not reported","k/A",$returner); } return $returner; } function getClouds($tafcode,$number,$lang) { $lang=strtolower($lang); $tafItemArray=clearTAF($tafcode); $aktualCloudBase = 0; for ($a=0;$a
"; } $returner .= "Actual weather "; if ($issuetime = getIssueTime ($metarParts[$a], $lang)) { $returner .= "from $issuetime"; } $returner .= ":
\n"; break; case "becmg": $returner .= "2 hours trend:\n"; break; case "tempo": $returner .= "2 hours trend: temporarily\n"; break; case "nosig": $returner .= "2 hours trend: no changes
\n"; break; } if ($wind = getWind($metarParts[$a])) { if ($wind["dir"]=="variable") { $returner .= "Wind direction changing "; } else { $returner .= "Winds from ".$wind["dir"]." (".$wind["deg"]."�) "; } $returner .= "force ".$wind["wbf"]." beaufort ("; $returner .= $wind["wkt"]." knots)"; if ($wind["gkt"] > $wind["wkt"]) { $returner .= " with gusts up to ".$wind["gbf"]; $returner .= " beaufort (".$wind["gkt"]." knots)"; } $returner .= ",\n"; } if ($temp = getMetarTemp($metarParts[$a])) { $returner .= "Temperature: $temp°C,\n"; } if ($dew = getMetarDewpoint($metarParts[$a])) { $returner .= "Dewpoint: $dew°C,\n"; } if ($hum = getMetarHumidity($metarParts[$a])) { $returner .= "Humidity: $hum %,\n"; } if ($press = getPressure($metarParts[$a])) { $returner .= "Air pressure: $press hPa,\n"; } if ($vis = getVisibility($metarParts[$a])) { $returner .= "Visibility: "; if ($vis == 9999) { $returner .= "more than 10 km,\n"; } else if ($vis == 8888) { $returner .= "more than 10 km, no clouds below 5000 ft, no precipitation\n"; } else if ($vis < 10000) { $returner .= "$vis meters,\n"; } else if ($vis >= 10000) { $returner .= round($vis/1000) . " km,\n"; } } if ($sky = getSky($metarParts[$a],$lang)) { $returner .= "$sky,\n"; } if ($cond = getConditions($metarParts[$a],$lang)) { if ($cond == "nsw") { if ($weatherType["type"]=="main") { $returner .= "no significant weather\n"; $oldcond = "no significant weather\n"; // if this appears the meteorologist } else { // must be stupid: NSW will breakup ROFL $returner .= "$oldcond will breakup\n"; } } else { $returner .= "$cond\n"; $oldcond = $cond; $oldcond = str_replace("light ","",$oldcond); $oldcond = str_replace("heavy ","",$oldcond); $oldcond = str_replace("vereinzelt ","",$oldcond); $oldcond = str_replace("verstärkt ","",$oldcond); } } $returner .= "
\n"; } if (($lang == "DE") || ($lang == "de")) $returner=translateEasyWeather($returner); return $returner; } function displayEasyForecast($TAF,$lang) { $tafParts = getTafParts($TAF); for ($a=0;$a
"; } $returner .= "Forecast "; if ($validtime = getValidTime ($tafParts[$a], $lang)) { $returner .= "for $validtime"; } $returner .= ":
\n"; break; case "prob": $returner .= "there is a probability of ".$forecast["chance"]." %\n"; if ($forecast["init"] == 2) { $returner .= "between " . getShortValidTime($tafParts[$a],$lang)."\n"; } $returner .= "for:
\n"; break; case "becmg": $returner .= ""; if ($forecast["chance"] != 100) { $returner .= "there is a probability of ".$forecast["chance"]." % that\n"; if ($forecast["init"] == 3) { $returner .= "between " . getShortValidTime($tafParts[$a],$lang)."\n"; } } else { if ($forecast["init"] == 2) { $returner .= "between " . getShortValidTime($tafParts[$a],$lang)."\n"; } } $returner .= "weather will turn into:
\n"; break; case "tempo": $returner .= ""; if ($forecast["chance"] != 100) { $returner .= "there is a probability of ".$forecast["chance"]." % that\n"; if ($forecast["init"] == 3) { $returner .= "between " . getShortValidTime($tafParts[$a],$lang)."\n"; } } else { if ($forecast["init"] == 2) { $returner .= "between " . getShortValidTime($tafParts[$a],$lang)."\n"; } } $returner .= "weather will temporarily change into:
\n"; break; case "amfm": $returner .= ""; if ($forecast["chance"] != 100) { $returner .= "there is a probability of ".$forecast["chance"]." % that\n"; } $returner .= "at " . getFmTime($tafParts[$a], $lang) ."\n"; $returner .= "weather change into:
\n"; break; } if ($wind = getWind($tafParts[$a])) { if ($wind["dir"]=="variable") { $returner .= "Wind direction changing "; } else { $returner .= "Winds from ".$wind["dir"]." (".$wind["deg"]."�) "; } $returner .= "force ".$wind["wbf"]." beaufort ("; $returner .= $wind["wkt"]." knots)"; if ($wind["gkt"] > $wind["wkt"]) { $returner .= " with gusts up to ".$wind["gbf"]; $returner .= " beaufort (".$wind["gkt"]." knots)"; } $returner .= ",\n"; } if ($temp = getTafTemp($tafParts[$a],$lang)) { $returner .= "Temperature: " . $temp["temp"] . "°C at " . $temp["time"] . ",\n"; } if ($dew = getMetarDewpoint($tafParts[$a])) { $returner .= "Dewpoint: $dew°C,\n"; } if ($hum = getMetarHumidity($tafParts[$a])) { $returner .= "Humidity: $hum %,\n"; } if ($press = getPressure($tafParts[$a])) { $returner .= "Air pressure: $press hPa,\n"; } if ($vis = getVisibility($tafParts[$a])) { $returner .= "Visibility: "; if ($vis == 9999) { $returner .= "more than 10 km,\n"; } else if ($vis == 8888) { $returner .= "more than 10 km, no clouds below 5000 ft, no precipitation\n"; } else if ($vis < 10000) { $returner .= "$vis meters,\n"; } else if ($vis >= 10000) { $returner .= round($vis/1000) . " km,\n"; } } if ($sky = getSky($tafParts[$a],$lang)) { $returner .= "$sky,\n"; } if ($cond = getConditions($tafParts[$a],$lang)) { if ($cond == "nsw") { if ($weatherType["type"]=="main") { $returner .= "no significant weather\n"; $oldcond = "no significant weather\n"; // if this appears the meteorologist } else { // must be stupid: NSW will breakup ROFL $returner .= "$oldcond will breakup\n"; } } else { $returner .= "$cond\n"; $oldcond = $cond; $oldcond = str_replace("light ","",$oldcond); $oldcond = str_replace("heavy ","",$oldcond); $oldcond = str_replace("vereinzelt ","",$oldcond); $oldcond = str_replace("verstärkt ","",$oldcond); } } $returner .= "
\n"; } if (($lang == "DE") || ($lang == "de")) $returner=translateEasyWeather($returner); return $returner; } function displayCountryMenu($name,$class) { global $$name; $predef = $$name; $urlParts = explode("/",$_SERVER['SCRIPT_NAME']); $filename = $urlParts[(count($urlParts)-1)]; $returner .= "\n"; return $returner; } function displayStationMenu($state,$name,$class) { global $$name; $predef = $$name; $returner .= "\n"; return $returner; } function getTafParts($tafcode) { $tafItemArray=clearTAF($tafcode); $lastTafindex = 0; $aktTafIndex = 0; for ($a=0;$a ($lastTafindex+2))) { for ($b=$lastTafindex;$b<$a;$b++) { $returner[$aktTafIndex] .= " ".$tafItemArray[$b]; } $returner[$aktTafIndex] = trim($returner[$aktTafIndex]); $lastTafindex = $a; $aktTafIndex++; } } for ($b=$lastTafindex;$b<$a;$b++) { $returner[$aktTafIndex] .= " ".$tafItemArray[$b]; } if (isset($returner)) { return $returner; } else { return false; } } function getMetarParts($tafcode) { $tafItemArray=clearTAF($tafcode); $lastTafindex = 0; $aktTafIndex = 0; for ($a=0;$a ($lastTafindex+2))) { for ($b=$lastTafindex;$b<$a;$b++) { $returner[$aktTafIndex] .= " ".$tafItemArray[$b]; } $returner[$aktTafIndex] = trim($returner[$aktTafIndex]); $lastTafindex = $a; $aktTafIndex++; } } for ($b=$lastTafindex;$b<$a;$b++) { $returner[$aktTafIndex] .= " ".$tafItemArray[$b]; } if (isset($returner)) { return $returner; } else { return false; } } function getTafType($tafcode) { $tafItemArray=clearTAF($tafcode); if (ereg("^FM([0-9]{4})$", $tafItemArray[0])) { $returner["chance"] = 100; $returner["type"] = "amfm"; $returner["init"] = 1; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ereg("^FM([0-9]{4})$", $tafItemArray[1])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "amfm"; $returner["init"] = 2; } else if (($tafItemArray[0] == "BECMG") && !ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 100; $returner["type"] = "becmg"; $returner["init"] = 1; } else if (($tafItemArray[0] == "BECMG") && ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 100; $returner["type"] = "becmg"; $returner["init"] = 2; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ($tafItemArray[1] == "BECMG") && !ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[2])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "becmg"; $returner["init"] = 2; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ($tafItemArray[1] == "BECMG") && ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[2])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "becmg"; $returner["init"] = 3; } else if (($tafItemArray[0] == "TEMPO") && !ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 100; $returner["type"] = "tempo"; $returner["init"] = 1; } else if (($tafItemArray[0] == "TEMPO") && ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 100; $returner["type"] = "tempo"; $returner["init"] = 2; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ($tafItemArray[1] == "TEMPO") && !ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[2])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "tempo"; $returner["init"] = 2; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ($tafItemArray[1] == "TEMPO") && ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[2])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "tempo"; $returner["init"] = 3; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ($tafItemArray[1] != "BECMG") && ($tafItemArray[1] != "TEMPO") && !ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "prob"; $returner["init"] = 1; } else if (ereg("^PROB([0-9]{2})$", $tafItemArray[0]) && ereg("^(((([01]{1})([0-9]{1}))|(2([0-4]{1}))){2})$", $tafItemArray[1])) { $returner["chance"] = 1 * substr($tafItemArray[0],4,2); $returner["type"] = "prob"; $returner["init"] = 2; } else { $returner["chance"] = 100; $returner["type"] = "main"; $returner["init"] = 0; } return $returner; } function getMetarType($tafcode) { $tafItemArray=clearTAF($tafcode); if ($tafItemArray[0]=="BECMG") { $returner["chance"] = 100; $returner["type"] = "becmg"; $returner["init"] = 1; } else if ($tafItemArray[0]=="TEMPO") { $returner["chance"] = 100; $returner["type"] = "tempo"; $returner["init"] = 1; } else if ($tafItemArray[0]=="NOSIG") { $returner["chance"] = 100; $returner["type"] = "nosig"; $returner["init"] = 1; } else { $returner["chance"] = 100; $returner["type"] = "main"; $returner["init"] = 0; } return $returner; } ?>

Wieder Reimech			Stand : 2026-03-08 17:00:07 GFS-Modell
49.55°N / 6.37°O 170m ü.NN
Mé	Den	Met	Don	Fre
Haut	Muer	11.03	12.03	13.03

18°C	16°C	11°C	11°C	16°C
7°C	7°C	6°C	2°C	4°C
HI : 19 °C / 7 °C	HI : 16 °C / 5 °C	HI : 10 °C / 4 °C	HI : 10 °C / -1 °C	HI : 17 °C / 1 °C
WC : 19 °C / 7 °C	WC : 16 °C / 6 °C	WC : 10 °C / 4 °C	WC : 10 °C / -1 °C	WC : 16 °C / 1 °C
< 40 km/h	< 40 km/h	50 km/h	< 40 km/h	50 km/h
3 km/h SW	6 km/h SW	11 km/h SW	10 km/h SW	13 km/h S
0%	5%	0%	0%	0%
25%	30%	70%	30%	40%
1 l/m²;	4 l/m²;	3.5 l/m²;	4 l/m²;	0 l/m²;
In den nächsten 5 Tagen ist kein Schnee möglich.
9 h	7 h	2 h	3 h	7 h
2 UVI	2 UVI	2 UVI	1 UVI	2 UVI
Rise : 06:58	Rise : 06:56	Rise : 06:54	Rise : 06:52	Rise : 06:50
Set : 18:31	Set : 18:32	Set : 18:34	Set : 18:35	Set : 18:37
Dauer :11:32h	Dauer :11:36h	Dauer :11:39h	Dauer :11:43h	Dauer :11:47h
82%	79%	75%	72%	68%

Méindeg 09.03	Méindeg Nuecht	Méindeg Muergen	Méindeg Dag

Temperatur[Min/Max]	7 / 11	7 / 11	15 / 18
Reen :	0.0 l/m²	0.0 l/m²	1.0 l/m²
Schnei :	0 mm	0 mm	0 mm

Denschdeg 10.03	Denschdeg Nuecht	Denschdeg Muergen	Denschdeg Dag

Temperatur[Min/Max]	7 / 12	7 / 11	13 / 16
Reen :	3.0 l/m²	0.0 l/m²	1.0 l/m²
Schnei :	0 mm	0 mm	0 mm

Mettwoch 11.03	Mettwoch Nuecht	Mettwoch Muergen	Mettwoch Dag

Temperatur[Min/Max]	6 / 10	6 / 10	9 / 11
Reen :	0.0 l/m²	0.5 l/m²	3.0 l/m²
Schnei :	0 mm	0 mm	0 mm

Donneschdeg 12.03	Donneschdeg Nuecht	Donneschdeg Muergen	Donneschdeg Dag

Temperatur[Min/Max]	2 / 8	2 / 6	10 / 11
Reen :	4.0 l/m²	0.0 l/m²	0.0 l/m²
Schnei :	0 mm	0 mm	0 mm

Freideg 13.03	Freideg Nuecht	Freideg Muergen	Freideg Dag

Temperatur[Min/Max]	4 / 7	4 / 8	12 / 16
Reen :	0.0 l/m²	0.0 l/m²	0.0 l/m²
Schnei :	0 mm	0 mm	0 mm

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